Explanation of terms

Four-chamber profiles:

• Structure: They have four internal chambers that help achieve basic thermal and sound insulation.
• Thermal insulation: They offer good basic thermal insulation, but are not the most efficient in reducing heat loss.
• Sound insulation: They provide basic sound insulation.
• Stability: They are sufficiently stable for standard applications and average climate conditions.
• Use: They are ideal for standard residential and commercial applications where top insulation performance is not required.

Six-chamber profiles:

• Structure: They have six internal chambers that improve thermal and sound insulation.
• Thermal insulation: They provide better thermal insulation compared to four-chamber profiles, which reduces heat loss and increases energy efficiency.
• Sound insulation: They provide better sound insulation, which is useful in noisy environments or for comfort in residential spaces.
• Stability: They offer higher stability and strength, useful in harsh climate conditions or for larger windows and doors.
• Use: They are recommended for more energy-efficient projects, areas with extreme climate conditions, and commercial facilities where high sound and thermal insulation quality is important.

60mm profile

• Thermal insulation: Provides the lowest thermal insulation among offered thicknesses, adequate for most moderate climate conditions.
• Thickness: The smallest thickness, with weaker thermal insulation capability.
• Use: Suitable for standard residential and commercial projects that do not require thermal insulation, such as interior doors, storage spaces, and similar cases.

70mm profile

• Thermal insulation: Provides basic thermal insulation adequate for most moderate and cold climate conditions.
• Thickness: Standard thickness often sufficient for average good sound and thermal insulation in homes.
• Use: Suitable for standard residential and commercial projects.

76mm profile

• Thermal insulation: Provides improved thermal insulation compared to 70mm profiles, which can be significant for energy-efficient projects.
• Thickness: Greater thickness allows better stability and additional functionalities, such as improved sound insulation.
• Use: Ideal for projects in colder regions or where better energy efficiency and sound insulation are needed.

88m profile

• Thermal insulation: Best level of thermal insulation, ideal for extreme climates and energy-efficient projects.
• Thickness: These profiles offer top performance in terms of stability, strength, and insulation.
• Use: Recommended for very cold climates, energy-efficient buildings, and situations requiring maximum sound insulation and durability.